Full Spectrum Genetics

Full spectrum genetics refers to cannabis breeding approaches that preserve or intentionally combine a wide range of cannabinoids, terpenes, and minor compounds across multiple plant generations. Rather than isolating single traits, breeders working in this category develop cultivars that maintain biochemical complexity found in source material. Lineage records frequently report that full spectrum genetics aim to capture the complete chemical profile of parent plants, including trace cannabinoids like CBG, CBC, and CBDV alongside major compounds. This approach contrasts with selective breeding that narrows focus to specific traits like THC potency or single terpene dominance. The term reflects a growing interest in preserving genetic diversity within cultivar development.

Breeders pursuing full spectrum genetics typically maintain detailed cannabinoid and terpene testing across generations to monitor chemical retention and stability. This methodology requires multi-generational tracking and often involves crossing diverse genetic backgrounds to sustain compound complexity rather than reduce it.